光纤器件

光纤器件回波损耗测量系统分析

Analysis of Return Loss Measurement System of Optical Fiber Device

侧边抛磨光纤器件的仿真分析

Simulations and Analysis of Optical Fiber Devices Based on Side-Polished Fiber

提出了利用单积分球和CCD相机对光纤器件透过率进行测量的方案。

A scheme about transmission measurement of fiber apparatus using one integral sphere and CCD camera is proposed .

利用LabWindows/CVI集成开发环境，基于C语言开发，编写了大规模工业化光纤器件质量过程控制系统软件。

According to the LabWindows / CVI integrated development environment and C language development , we wrote the quality process control system software about the mass industrial fiber devices .

该研究为高频CO2激光脉冲写入不同类型不同需求的全光纤器件奠定了理论基础和提供了完善工艺的方法。

The study provides the theoretical foundation and a more perfect process approach for the fabricating of different all-optical devices with high-frequency CO2 laser pulses . 2 .

WDM通信技术的发展对光纤器件提出了新的要求，各种新型光纤无源器件和有源器件不断涌现出来。

The development of WDM technology calls for new demands for optical devices , which accelerates the emergence of various novel passive and active optical fiber components .

现有的OADM多为非全光纤器件，在应用上受到了一定的限制。

Most of recent OADM device are not all-fiber device , so applications of those device are limited .

提出了一种采用新型光纤器件&光纤Bragg光栅（FBG）滤波器的波分复用（WDM）媒质访问控制总线光网络设计，使得网络的分光损耗明显降低。

This paper proposes a Wavelength Division Multiplexing Media Access controlled optical bus network with low splitting loss by using a new optical fiber element fiber Bragg grating ( FBG ) filter .

基于体型光学器件（如棱镜）的SPR传感器早已商品化，目前此类传感器研究的热点在于利用光波导尤其是光纤器件实现传感器的小型化及微型化。

Commercialized SPR sensors based on bulk optical device such as prism have been available long ago . The research focus of SPR sensors now is to realize the miniaturization and microminiaturization of the SPR sensor system by utilizing optical waveguide as the couple device .

基于几类光纤器件的双稳特性研究

Study on the Characteristics of Optical Bistability Based on Fiber Devices

熔锥型光纤器件微观结构对光学性能的影响

Influence Mechanism of Microstructure on Optical Performance of Fused-taper Fiber Device

基于材料填充的可调光子晶体光纤器件

Tunable Photonic Crystal Fiber Devices Based on the Material Filling

飞秒激光脉冲精密制作微流光纤器件及其应用

Femtosecond laser pulse precision machining microfluidic fiber devices and application

光纤器件流变成形中的热力耦合数值分析

Thermo-mechanical Coupling Numerical Analysis in Rheological Deformation of Fibre Device

光纤器件环境试验用光学在线监测装置

In-line Monitoring Set for Environment Test of Optic Devices

声光调制光纤器件及其应用

Recent Progress of Acousto-optic Devices and Applications in Fibers

用国产光纤器件为量子密钥传送建立网络

Using domestic fiber component to build a QKD network

熔融光纤器件熔锥区的形貌和微观结构研究

Research on Morphology and Microstructure in the Taper Region of Fused Fiber Devices

多功能有源光纤器件组合实验仪

Multifunctional active optical fiber apparatus combinative experimental instrument

熔融拉锥法是制作熔锥型光纤器件的基本工艺[1]，常采用火焰加热。

Fused biconical taper is a basic production technology of fused taper optic devices .

从损耗角度分析了影响非线性光纤器件性能的因素。

The key factors of nonlinear fiber devices are analyzed from the loss aspect .

极化光纤器件及其应用

Poled Glass Fiber Devices and Applications

将泵浦源的电源和光纤器件集中于样机中，实现样机小型化。

The machine contains pump sources and all fiber components , and then realizes the miniaturization .

光纤器件在光纤通信系统及光纤传感系统中是必不可少的器件。

Fiber devices are essential in fiber communication systems and various types of fiber sensing system .

对基于材料填充的可调光子晶体光纤器件的前景进行了展望。

Then it gives the prospect of tunable photonic crystal fiber devices based on the material filling .

而在新兴的光纤器件中，光纤光栅以其独特的优势得到了人们的关注。

In the new optical devices , optical fiber grating has unique advantages which attract peoples ' attention .

光纤器件的微加工技术及其应用引起了学术界和产业界的极大兴趣。

Recently the micro-fabrication technologies for the optical fiber devices have attracted great research interests both academically and industrially .

我国目前的熔锥型光纤器件的制造技术、熔融拉锥装备主要依赖进口。

At present , our country 's fabrication technique and fabricatation setup of fused taper fiber device are depend on importing .

热极化方法可在熔石英熊猫保偏光纤器件中产生线性电光效应，由此可制成热极化光纤器件。

Thermal poling method can create linear electrooptic effect in the fused silica PANDA fiber , which can be used for thermal poled fiber devices .

根据光学双稳的基本原理，分别研究了两种光纤器件的强度调谐型双稳特性。

According to the principle of optical bistability , the optical bistable characteristics of intensity tuning for two kind of optical fiber component were investigated .